CN103306757A - Small-sized steam engine - Google Patents
Small-sized steam engine Download PDFInfo
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- CN103306757A CN103306757A CN201210078257XA CN201210078257A CN103306757A CN 103306757 A CN103306757 A CN 103306757A CN 201210078257X A CN201210078257X A CN 201210078257XA CN 201210078257 A CN201210078257 A CN 201210078257A CN 103306757 A CN103306757 A CN 103306757A
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Abstract
The invention discloses a small-sized steam engine. The small-sized steam engine capable of circularly utilizing waste steam consists of air boosters, steam boosters, a kinetic energy converter and motor, a boiler, a cylinder and a generator. Steam pressure in the boiler of the small-sized steam engine capable of circularly utilizing the waste steam is boosted by means of air pumps of the air boosters and the rotation of long blades of the frustum-shaped steam boosters, and steam reaching the electricity generation standard is converted into mechanical energy by the rotation of the long blades of the kinetic energy converter and the 20-35kW/h generator is driven to run to generate electricity. The waste steam discharged from the kinetic energy converter is pressed into the boiler for reuse after being boosted by the steam boosters. The small-sized steam engine capable of circularly utilizing the waste steam has the beneficial effects that the electricity can be generated by circularly utilizing the waste steam, and therefore, the utilization rate of the steam is improved. The small-sized steam engine is simple in structure, is convenient to operate and is in favor of use in factories, schools and sea islands.
Description
Technical field
The present invention relates to a kind of steam-driven generator.
Background technique
Existing steam-driven generator all is thousands of kilowatts the large-scale unit that per hour can generate electricity basically, so can only adopt for the power station.Can't set up unit, the school in power circuit area or the army that garrisons the island to one; can only rely on diesel generator, wind-driven generator, device of solar generating to generate electricity; this class electricity generating device all needs suitable technical specifications, the support of economic condition; so neither be available easily; therefore, it is difficult wanting to utilize this device to popularize power supply.
Summary of the invention
Technical problem to be solved by this invention is for the deficiencies in the prior art, and small steam generator a kind of reasonable in design, easy to use is provided.
Technical problem to be solved by this invention is to realize by following technological scheme, the present invention is a kind of small steam generator, it is comprised of air pressurizing unit, raise steam device, kinetic transformation device and motor, boiler, cylinder, generator, it is that a exhaust steam pipe with boiler is connected with the steam inlet pipe of a kinetic transformation device I, the belt pulley of kinetic transformation device I is connected with the belt pulley of belt with a 9.5KW/ hour generator, establishes a belt pulley on the rear propeller shaft of 9.5KW/ hour generator and is connected with the belt pulley of raise steam device I; The exhaust steam pipe of kinetic transformation device I is connected with the steam inlet pipe of a raise steam device I, the exhaust steam pipe of raise steam device I is connected with boiler, another root exhaust steam pipe of boiler is connected with the steam inlet pipe of raise steam device II, the exhaust steam pipe of raise steam device II is connected with the steam inlet pipe of cylinder, the exhaust steam pipe of cylinder is connected with the steam inlet pipe of kinetic transformation device II, the belt pulley of kinetic transformation device II is connected with the belt pulley of belt with a 20～35KW/ hour generator, the exhaust steam pipe of kinetic transformation device II is connected with the steam inlet pipe of a raise steam device III, and the exhaust steam pipe of raise steam device III is connected with boiler; Connect two belt pulleys on the rear propeller shaft of 20～35KW/ hour generator, the belt pulley with raise steam device III, raise steam device II is connected respectively; When 9.5KW/ hour generator electricity can be for 7.5KW/ hour motor operation, 7.5KW/ establish a belt pulley on the transmission shaft of hour motor, and be connected by the belt pulley of belt with one group of air pressurizing unit, one group of air pressurizing unit is established two air pressurizing units, connect two air pumps on each air pressurizing unit, the outlet pipe of four air pumps is connected with the suction tude of boiler, is equipped with one-way valve on above-mentioned all connecting tubes.
During generator starting, first the steam vapour pressure of boiler is burnt to 23 barometric pressure, can stop to burn stove, it is that the kinetic transformation device I of 9.5KW/ hour generator set drives the generator generating that 23 atmospheric steam in the boiler are passed into power, power is 9.5KW/ hour generator electricity, and supplying the power of air pressurizing unit is that 7.5KW/ hour motor operation is required; Power is that the kinetic transformation device I of 9.5KW/ hour the generator waste steam of discharging is pressed into boiler after through raise steam device I, at this moment, vapour pressure possibility less than 23 barometric pressure in the boiler, can be driven by 7.5KW/ hour motor the disc rotary of two air pressurizing units by belt pulley, make the piston operation of 4 air pumps, with pressurized air by one-way exhaust valve to the boiler supercharging, can keep 23 barometric pressure constant in the boiler after the supercharging.Keep the steam in the 23 atmospheric boilers to be discharged by another steam discharge one-way valve on the boiler, II boosts to 45 barometric pressure through the raise steam device, is pressed into voltage stabilizing in the cylinder; The 45 atmospheric steam that have of discharging from the steam discharge one-way valve of cylinder enter kinetic transformation device II, and kinetic transformation device II is 20～35KW/ hour generator operation generating by the belt pulley driving power, and electricity is namely supplied required part; The waste steam of discharging from kinetic energy converter II is pressed into boiler after the raise steam device boosts.Under wouldn't the condition of burning boiler, but generator automatic cycle operation, until the vapour pressure in the boiler be still can not make 23 barometric pressure not descend after air pressurizing unit and raise steam device III boost the time, the side needs to add fuel to boiler again and burns stove, and vapour pressure is risen in 23 barometric pressure.The operating process of small steam generator after starting that this shows the reusable edible waste steam is that adjusting operation therebetween also is very simple, so can grasp uninterruptable power generation by 1 operator automatically basically; So be applicable to use on factory, school, the island.
Because the small steam generator can not give off waste steam basically again, thereby the steam utilization of the small steam generator of reusable edible waste vapour is greatly improved, compare with the steam utilization of existing roughly the same steam-driven generator through estimating its steam utilization, minimumly improve 10%, its energy-saving effect is considerable.
The structure of the air pressurizing unit of small steam generator is in the annulus of a tool cover plate, diameter line position along annulus, a rectangle slide plate is set, be provided with three small gears that can not rotate side by side above the rectangle slide plate, on the central position of the both ends of the surface of rectangle slide plate, establish respectively connecting rod, connecting rod passes the piston rod that connects respectively an air pump behind the annulus ring wall, this air pump is fixed on the support and can not be shifted, establish exhaust check valve on the outlet pipe of air pump, the exhaust exit pipe of exhaust check valve is connected with the breather check valve of boiler.When annulus closed cover plate, the inner face of cover plate was provided with and limits the track that the rectangle slide plate can only move left and right, and track should be stuck in the both sides of rectangle slide plate, and the ring periphery of annulus is provided with fixedly climbs, and annulus can be fixed on the support, and annulus can not be rotated; The another side of annulus can insert a disk, establish two gearwheels on the disk, when these two gearwheels insert annulus at disk, must be laid in the both sides of rectangle slide plate, and be meshed with the gear teeth of a small gear in three small gears that can not rotate side by side on the rectangle slide plate, when disk rotates in annulus, gearwheel can be synchronously round three small gear rotations, at gearwheel along side rotation of rectangle slide plate and when mobile, the rectangle slide plate is slided to a termination direction of rectangle slide plate, when gearwheel moves to another side of rectangle slide plate, the rectangle slide plate slided to another termination direction of rectangle slide plate, namely finished the action of the fixing air pump piston in push-and-pull annulus both sides; Bottom surface at disk is set up three inserted links separately by hexagonal angle, work as cover plate, annulus, when disk consists of an air pressurizing unit, the same belt pulley of adapted between the disk of two air pressurizing units, so on the plane of belt pulley, set up three jacks that penetrated belt pulley separately by hexagonal angle, the face of three inserted links on the disk bottom surface of an air pressurizing unit from belt pulley inserted three jacks, again another face from belt pulley of three inserted links on another air pressurizing unit bottom surface is inserted three identical jacks, at this moment, to insert two inserted links in the jack, so make a belt pulley can drive two air pressurizing unit synchronous rotaries; This belt pulley is that the belt pulley of 7.5KW/ hour motor is connected by belt and power; Start motor, can drive the disc rotary of two air pressurizing units by belt pulley, so two gearwheel synchronous rotaries on the disk, and round three small gear rotations, order about the piston rod for air pump left and right sides push-and-pull at rectangle slide plate two ends, action by air pump piston moves can with the air intake pump housing, be pressed into boiler with the air that sucks by exhaust check valve again.
The kinetic transformation device I of small steam generator and the structure of II are to establish an axostylus axostyle at the two ends home position of a sealed at both ends cylindrical container of droping to the ground, axostylus axostyle passes on the axostylus axostyle at container two ends and respectively is provided with a bearing, establishes a belt pulley on the inboard axostylus axostyle of a bearing therein; Axostylus axostyle in cylindrical container is fixed with the sleeve I of linear leaf, and the up and down both sides of cylindrical container respectively are provided with a steam tube, and one-way valve is established in the end of steam tube; Jointing place at seal container and axostylus axostyle is provided with seal ring.The effect of kinetic transformation device is to make the high pressure steam of discharging in the boiler enter the kinetic transformation device to promote afterwards linear leaf, make the axostylus axostyle rotation, belt pulley synchronous rotary on the axostylus axostyle, then make the steam power in the seal container be converted into mechanical energy, by belt pulley and belt, make the belt pulley rotation on the transmission shaft of generator, order about the generator rotary electrification.The waste steam of discharging in the kinetic energy converter boosts and is pressed into boiler through the raise steam device.
Raise steam device I, the II of small steam generator and III are sealed at both ends taper type containers of droping to the ground, each fixes a support that is provided with bearing housing near on the inwall at two ends at container, establish bearing in the bearing housing, connect an axostylus axostyle in the two bearings, be fixed with the sleeve II that sets up three linear leafs with hexagonal angle separately on the axostylus axostyle, the top margin of linear leaf is near the taper type container inner wall; Axostylus axostyle in the taper type container is fixed a belt pulley after passing the large disc of frustum, is provided with seal ring in the jointing place of taper type container and axostylus axostyle; Respectively establish a steam tube that is provided with one-way valve on the disc of the two ends of taper type container, a steam tube is as steam inlet pipe, and another root steam tube is as steam outlet pipe.When the belt pulley rotation on the drive of the belt pulley on the rear propeller shaft of the generator taper type container, the one-way valve at steam inlet pipe place is opened, and steam enters in the taper type container of raise steam device I, II and III, after the linear leaf High Rotation Speed boosts, back down the steam discharge one-way valve, be pressed into boiler.
The beneficial effect that adopts the small steam generator of reusable edible waste steam is small steam generator simple in structure, easy to operate of reusable edible waste steam, can control uninterruptable power generation by 1 operator; Be beneficial on factory, school, the island and use.Because the small steam generator of reusable edible waste steam no longer gives off waste steam basically, so the utilization ratio of steam greatly improves, through estimating that its steam utilization compares with the steam utilization of existing roughly the same steam-driven generator, minimumly improve 10%, its energy-saving effect is considerable.
Description of drawings
Fig. 1 is a kind of structural representation of the present invention;
Fig. 2 is the assembling decomposing schematic representation of air pressurizing unit of the present invention;
Fig. 3 is the structural representation of raise steam device of the present invention;
Fig. 4 is the structural representation of kinetic transformation device of the present invention.
Embodiment
With reference to Fig. 1, Fig. 2, the generated energy of the small steam generator of reusable edible waste steam is 20～35KW/ hour; The small steam generator of reusable edible waste steam is that an exhaust steam pipe with boiler 6 is connected with the steam inlet pipe of a kinetic transformation device I 5, the belt pulley of kinetic transformation device I 5 is connected with the belt pulley of belt with a 9.5KW/ hour generator 4,9.5KW/ establish a belt pulley on the rear propeller shaft of hour generator 4, drive raise steam device I 3 runnings; The exhaust steam pipe of kinetic transformation device I 5 is connected with the steam inlet pipe of a raise steam device I 3, the exhaust steam pipe of raise steam device I 3 is connected with boiler 6, another root exhaust steam pipe of boiler 6 is connected with the steam inlet pipe of a raise steam device II 11, the exhaust steam pipe of raise steam device II 11 is connected with the steam inlet pipe of cylinder 7, the exhaust steam pipe of cylinder 7 is connected with the steam inlet pipe of a kinetic transformation device II 10, the belt pulley of kinetic transformation device II 10 is connected with the belt pulley of belt with a 20～35KW/ hour generator 8, the exhaust steam pipe of kinetic transformation device II 10 is connected with the steam inlet pipe of a raise steam device III9, and the exhaust steam pipe of raise steam device III9 is connected with boiler 6; Connect two belt pulleys on the rear propeller shaft of 20～35KW/ hour generator 8, drive raise steam device III, II9,11 runnings; 7.5KW/ establish a belt pulley on the transmission shaft of hour motor 2, and be connected by the belt pulley of belt with one group of air pressurizing unit, one group of air pressurizing unit is established two air pressurizing units 1, the outlet pipe that connects 17, four air pumps 17 of two air pumps on each air pressurizing unit 1 is connected with the suction tude of boiler 6.Be equipped with one-way valve on the pipeline of said apparatus.
During generator starting, first the steam vapour pressure of boiler 6 is burnt to 23 barometric pressure, can stop to burn stove, it is that the kinetic transformation device I 5 that 9.5KW/ hour generator 4 connects drives generator 4 generatings that 23 atmospheric steam in the boiler 6 are passed into power, power is 9.5KW/ hour generator 4 electricity, and the power that supplies air pressurizing unit 1 is that motor 2 runnings in 7.5KW/ hour are required; Power is that the kinetic transformation device I 5 of 9.5KW/ hour the generator waste steam of discharging is pressed into boiler 6 after through raise steam device I 3, at this moment, vapour pressure possibility less than 23 barometric pressure in the boiler 6, can drive 1 rotation of two air pressurizing units by belt pulley by 7.5KW/ hour motor 2, make the piston operation of 4 air pumps 17, give boiler 6 superchargings with pressurized air by one-way exhaust valve 18, can keep 23 barometric pressure constant in the boiler 6 after the supercharging.Keep the steam in the 23 atmospheric boilers 6 to be discharged by another steam discharge one-way valve on the boiler 6, boost to 45 barometric pressure through raise steam device II 11, be pressed into voltage stabilizing in the cylinder 7; The 45 atmospheric steam that have of discharging from the steam discharge one-way valve of cylinder 7 enter kinetic transformation device II 10, and kinetic transformation device II 10 is 20～35KW/ hour generator 8 running generatings by the belt pulley driving power, and electricity is namely supplied required part; The waste steam of discharging from kinetic energy converter II 10 is pressed into boiler 6 after raise steam device III9 boosts.Under wouldn't the condition of burning boiler, the steam-driven generator operable automatically of reusable edible waste vapour, until the vapour pressure in the boiler 6 through supercharging, boost after still from 23 barometric pressure when descending, the side needs to add fuel to boiler 6 again and burns stove, vapour pressure is risen in 23 barometric pressure, make the small steam generating function of reusable edible waste steam keep generating.
With reference to Fig. 2, Fig. 1, the structure of the air pressurizing unit 1 of the small steam generator of reusable edible waste steam is in the annulus 13 of a tool cover plate, diameter line position along annulus 13, a rectangle slide plate 14 is set, be provided with three small gears 15 that can not rotate side by side above the rectangle slide plate 14, connecting rod 16 is established in central position in the both ends of the surface of rectangle slide plate 14, connecting rod 16 passes the piston rod that connects an air pump 17 behind the ring wall of annulus 13, these air pump 17 fixing can not displacements, establish exhaust check valve 18 on the outlet pipe of air pump 17, the exhaust exit pipe of exhaust check valve 18 is connected with the breather check valve of boiler 6.The inner face of cover plate is provided with the track 12 that limits rectangle slide plate 14 move left and right, and when cover plate closed annulus 13, track 12 should be stuck in the both sides of rectangle slide plate 14, and the ring periphery of annulus 13 is provided with fixedly climbs, and annulus 13 can be fixed on the support, and annulus 13 can not be rotated; The another side of annulus 13 can insert a disk 20, establish two gearwheels 19 on the disk 20, these two gearwheels 19 are when disk 20 closes annulus 13, must be laid in the both sides of rectangle slide plate 14, and with rectangle slide plate 14 on three small gears 15 that can not rotate side by side in the gear teeth of a small gear be meshed, when disk 20 rotates in annulus 13, gearwheel 19 can be synchronously round 15 rotations of three small gears, at gearwheel 19 along side rotation of rectangle slide plate 14 and when mobile, rectangle slide plate 14 is slided to a termination direction of rectangle slide plate 14, when gearwheel 19 moves to another side of rectangle slide plate 14, rectangle slide plate 14 is slided to another termination direction of rectangle slide plate 14, namely finished the action of push-and-pull air pump 17 pistons; Another side at disk 20 sets up three inserted links 21 separately by hexagonal angle, work as cover plate, annulus 13, when disk 20 consists of an air pressurizing unit 1, the same belt pulley 22 of adapted between the disk 20 of two air pressurizing units 1, so on the plane of belt pulley 22, set up three jacks 23 that penetrated belt pulley 22 separately by hexagonal angle, the face of three inserted links 21 on disk 20 bottom surfaces of an air pressurizing unit 1 from belt pulley 22 inserted three jacks 23, belt pulley 22 another face from belt pulley 22 of three inserted links 21 on another air pressurizing unit 1 disk 20 bottom surfaces inserted three identical jacks 23, so can drive disk 20 synchronous rotaries of two air pressurizing units 1 again; Belt pulley 22 is that the belt pulley of 7.5KW/ hour motor 2 is connected by belt and power; Start motor 2, can drive disk 20 rotations of two air pressurizing units 1, so two gearwheel 19 synchronous rotaries on the disk 20, and round 15 rotations of three small gears, order about the piston rod left and right sides push-and-pull of the air pump 17 at rectangle slide plate 14 two ends, action by air pump 17 pistons move can with the air intake cylinder body, be pressed into boiler 6 with the air that sucks by exhaust check valve 18 again.
With reference to Fig. 4, Fig. 1, kinetic transformation device I, the II 5 of the small steam generator of reusable edible waste steam, 10 structure are the cylindrical containers 32 the sealing of droping to the ground, establish an axostylus axostyle 35 at the two ends of cylindrical container 32 home position, axostylus axostyle 35 passes on the axostylus axostyle 35 at container 32 two ends and respectively is provided with a bearing 31, and the axostylus axostyle 35 of bearing 31 inboards is provided with a belt pulley 36 therein; Axostylus axostyle 35 in cylindrical container 32 is fixed with the sleeve I 34 of linear leaf, and the up and down both sides of cylindrical container 32 respectively are provided with a steam tube 33, and one-way valve is established in the end of steam tube 33; Jointing place at cylindrical container 32 and axostylus axostyle 35 is provided with seal ring 37.Kinetic transformation device I, II 5,10 effect are after the high pressure steam of discharging from boiler 6 enters kinetic transformation device I, II 5,10, the rotation of Steam Actuation linear leaf, so drive axostylus axostyle 35 rotations, make belt pulley 36 synchronous rotaries on the axostylus axostyle 35, by the belt pulley rotation on the transmission shaft of belt drive generator 8, make generator 8 generatings.After raise steam device I, III3,9 boost, be pressed into boiler 6 from the waste steam of kinetic energy converter I, II 5,10 interior discharges.
With reference to Fig. 3, Fig. 1, raise steam device I, the III of the small steam generator of reusable edible waste steam, II 3,9,11 are sealed at both ends taper type containers of droping to the ground, each fixes a bearing housing support 30 near on the inwall at two ends at the taper type container, be provided with bearing in the bearing housing, bearing centre connects an axostylus axostyle 25, be fixed with the sleeve II 29 that sets up three linear leafs 28 with hexagonal angle separately on the axostylus axostyle 25, linear leaf 28 top margins are near the taper type container inner wall; Axostylus axostyle in the taper type container is fixed a belt pulley 24 after passing the large disc of frustum, is provided with seal ring 26 in the jointing place of taper type container and axostylus axostyle; Respectively establish a steam tube that is provided with one-way valve on the disc of the two ends of taper type container, a steam tube is as steam inlet pipe, and another root steam tube is as steam outlet pipe.When the belt pulley on generator 4,8 the rear propeller shaft drives belt pulley rotation on taper type container I, III, the II 3,9,11, the one-way valve at steam inlet pipe place is opened, steam enters in raise steam device I, III, II 3,9,11 the taper type container, after linear leaf 28 High Rotation Speeds boost, back down the steam discharge one-way valve, be pressed into boiler 6.
Claims (4)
1. small steam generator, it is comprised of air pressurizing unit, raise steam device, kinetic transformation device and motor, boiler, cylinder, generator, it is characterized in that: it is that a exhaust steam pipe with boiler (6) is connected with the steam inlet pipe of a kinetic transformation device I (5), the belt pulley of kinetic transformation device I (5) with belt with one 9.5KW/ hour generator (4) belt pulley be connected, 9.5KW/ hour generator (4) rear propeller shaft on establish a belt pulley and be connected with the belt pulley of raise steam device I (3); The exhaust steam pipe of kinetic transformation device I (5) is connected with the steam inlet pipe of a raise steam device I (3), the exhaust steam pipe of raise steam device I (3) is connected with boiler (6), another root exhaust steam pipe of boiler (6) is connected with the steam inlet pipe of raise steam device II (11), the exhaust steam pipe of raise steam device II (11) is connected with the steam inlet pipe of cylinder (7), the exhaust steam pipe of cylinder (7) is connected with the steam inlet pipe of kinetic transformation device II (10), the belt pulley of kinetic transformation device II (10) with belt with one 20～35KW/ hour generator (8) belt pulley be connected, the exhaust steam pipe of kinetic transformation device II (10) is connected with the steam inlet pipe of a raise steam device III (9), and the exhaust steam pipe of raise steam device III (9) is connected with boiler (6); 20～35KW/ hour generator (8) rear propeller shaft on connect two belt pulleys, the belt pulley with raise steam device III (9), raise steam device II (11) is connected respectively; 7.5KW/ establish a belt pulley on the transmission shaft of hour motor (2), and be connected by the belt pulley of belt with one group of air pressurizing unit, one group of air pressurizing unit is established two air pressurizing units (1), upper two air pumps (17) that connect of each air pressurizing unit (1), the outlet pipe of four air pumps (17) is connected with the suction tude of boiler (6).
2. small steam generator according to claim 1, it is characterized in that: the structure of its air pressurizing unit (1) is in the annulus (13) of a tool cover plate, diameter line position along annulus (13), a rectangle slide plate (14) is set, be provided with three small gears (15) that can not rotate side by side above the rectangle slide plate (14), on the central position of the both ends of the surface of rectangle slide plate (14), establish respectively connecting rod (16), connecting rod (16) passes the piston rod that connects respectively an air pump (17) behind the ring wall of annulus (13), air pump (17) is fixing can not to be shifted, establish exhaust check valve (18) on the outlet pipe of air pump (17), the exhaust exit pipe of exhaust check valve (18) is connected with the breather check valve of boiler (6); The cover plate inner face of annulus (13) is provided with the track (12) that limits rectangle slide plate (14) move left and right, when cover plate closes annulus (13), track (12) should be stuck in the both sides of rectangle slide plate (14), and the ring periphery of annulus (13) is provided with fixedly climbs; The another side of annulus (13) can insert a disk (20), establish two gearwheels (19) on the disk (20), when these two gearwheels (19) insert annulus (13) at disk (20), must be laid in the both sides of rectangle slide plate (14), and with rectangle slide plate (14) on three small gears (15) that can not rotate side by side in the gear teeth of a small gear be meshed; Another side at disk (20) sets up three inserted links (21) separately by hexagonal angle, work as cover plate, annulus (13), when disk (20) consists of an air pressurizing unit (1), the same belt pulley of adapted (22) between the disk (20) of two air pressurizing units (1), on the plane of belt pulley (22), set up three jacks (23) that penetrated belt pulley (22) separately by hexagonal angle, three inserted links (21) on disk (20) bottom surface of each air pressurizing unit (1) can insert in three jacks (23); Belt pulley (22) is that the belt pulley of 7.5KW/ hour motor (2) is connected by belt and power.
3. small steam generator according to claim 1, it is characterized in that: the structure of its kinetic transformation device I (5), kinetic transformation device II (10) is to establish an axostylus axostyle (35) at the two ends home position of the cylindrical container (32) of the sealing of droping to the ground, pass on the axostylus axostyle at cylindrical container (32) two ends and be respectively equipped with bearing (31), the inboard axostylus axostyle (35) of a bearing (31) is provided with a belt pulley (36) therein; Axostylus axostyle (35) in cylindrical container (32) is fixed with the sleeve I (34) of linear leaf, and the up and down both sides of cylindrical container (32) respectively are provided with a steam tube (33), and one-way valve is established in the end of steam tube (33); Jointing place at cylindrical container (32) and axostylus axostyle (35) is provided with seal ring (37).
4. small steam generator according to claim 1, it is characterized in that: its raise steam device I (3), raise steam device III (9), raise steam device II (11) is a sealed at both ends taper type container of droping to the ground, each fixes a bearing housing support (30) near on the inwall at two ends at the taper type container, be provided with bearing in the bearing housing, connect an axostylus axostyle (25) in the bearing, be fixed with the sleeve II (29) that sets up three linear leafs (28) with hexagonal angle separately on the axostylus axostyle (25), linear leaf (28) top margin is near the taper type container inner wall; Axostylus axostyle in the taper type container (25) is fixed a belt pulley (24) after passing the large disc of frustum, is provided with seal ring (26) in the jointing place of taper type container and axostylus axostyle (25); On the disc of the two ends of taper type container, respectively establish a steam tube that is provided with one-way valve.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210078257XA CN103306757A (en) | 2012-03-16 | 2012-03-16 | Small-sized steam engine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210078257XA CN103306757A (en) | 2012-03-16 | 2012-03-16 | Small-sized steam engine |
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| CN103306757A true CN103306757A (en) | 2013-09-18 |
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Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57121996A (en) * | 1981-01-19 | 1982-07-29 | Ishikawajima Harima Heavy Ind Co Ltd | Generator drive unit |
| CN1556347A (en) * | 2004-01-08 | 2004-12-22 | 六盘水海龙新科技开发有限公司 | Industrial boiler back pressure type electric generating method |
| KR100623925B1 (en) * | 2005-05-04 | 2006-09-19 | 한국열병합발전기주식회사 | Digester gas cleaning system for cogneration |
| CN1995709A (en) * | 2006-12-26 | 2007-07-11 | 于传祖 | Temperature difference power machine using exhaust gas from thermo-electric plant |
| CN202544939U (en) * | 2012-03-16 | 2012-11-21 | 茆其华 | Small-sized steam generator |
-
2012
- 2012-03-16 CN CN201210078257XA patent/CN103306757A/en active Pending
Patent Citations (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JPS57121996A (en) * | 1981-01-19 | 1982-07-29 | Ishikawajima Harima Heavy Ind Co Ltd | Generator drive unit |
| CN1556347A (en) * | 2004-01-08 | 2004-12-22 | 六盘水海龙新科技开发有限公司 | Industrial boiler back pressure type electric generating method |
| KR100623925B1 (en) * | 2005-05-04 | 2006-09-19 | 한국열병합발전기주식회사 | Digester gas cleaning system for cogneration |
| CN1995709A (en) * | 2006-12-26 | 2007-07-11 | 于传祖 | Temperature difference power machine using exhaust gas from thermo-electric plant |
| CN202544939U (en) * | 2012-03-16 | 2012-11-21 | 茆其华 | Small-sized steam generator |
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Application publication date: 20130918 |